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6.4 MANUAL INPUT OF WHEEL PARAMETER
Selecting with arrow UP and DOWN position 1,2 and 3 of Fig. 7, is possible to enter the values of
distance, diameter and width of the rim that can be modified using the
+
and
-
keys.
6.5 AUTOMATIC INPUT OF WHEEL PARAMETER
The gauge arm automatically take the wheel data like distance and diameter.
However, if as a parameter “adhesive weight” the choose “CAL.AUTOMAT” is enable,
automatically the ALU program n. 4 is choosen by the exit of the arm. In this program the gauge
arm is also used to apply the adhesive weight in the right position.
Pressing the distance keys (key 12 Fig 5) the automatic wheel data acquisition will be activated.
Position the measuring gauge on the rim according to the weight placement, parameter of
distance and diameter of the wheel will be stored in the machine memory; in case of program “3”
and “4” also the width will be automatically acquired and stored.
In case of internal hammered weight position the gauge on the edge of the rim as shown in Fig. 8
point “a”, in case of adhesive weight position the gauge on the side of the rim as shown in Fig. 8
point “b”.
Fig. 8
Width parameter will be automatically acquired by the sonar positioned on the side of the wheel
cover while the cover will be closed to start the measuring cycle.
ATTENTION:
The gauge for the measurement of the diameter shows the actual
measurement in which the weight will be applied (real data), for this reason it can
happen that this value could be different from that reported on the rim.
ATTENTION:
If it proves impossible to measure the distance between rim and body
machine, use a tapered meter to check the measurement, minus 2.5 cm and multiply
by 4.
The final result will be the value to put manually as explained at 6.4 chapter
D = (x cm – 2,5 cm)*4
